They searched for 42 years, finally there is a process that shows what happened in the moment after the Big Bang

Scientists have made significant progress in understanding the universe's origins and the nature of dark matter. Recent findings from an American lab, involving the LHCb detector, provide evidence for a rare particle decay process related to baryon number conservation. This discovery, involving Bd mesons, reveals insights into the fundamental processes that shaped the universe after the Big Bang. The study indicates that certain quarks, which were prevalent in the early universe, can be recreated in high-energy collisions. The results align with the standard model of the universe but do not explain dark matter or the matter-antimatter asymmetry that prevents total annihilation post-Big Bang. The research suggests that new physical phenomena may be discovered through indirect evidence rather than direct particle creation.